Titlebook: Dye Pollution from Textile Industry; Challenges and Oppor Pardeep Singh Book 2024 The Editor(s) (if applicable) and The Author(s), under ex

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Textile Dyes and Their Impact on the Natural Environmentttractive colours to clothes and prints. These colouring agents are called dyes. These dyes can be natural or synthetic. As natural dyes are present in limited colours and amounts, demand for synthetic dyes has increased many folds in recent years. Their use has increased because these are available

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Dyes and Unveiling the Environmental Story of Dye Pollutiondifferent types of dye. The majority of dyes are used by textile industries for fabric manufacturing, and many of these dyes are toxic in nature and possess complex structures. During dyeing and finishing operations, nearly 2 lakh tonnes of dye are introduced into water bodies. Due to their exceptio

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Technological Solutions for Dye Removal from the Natural Environmentof dye-containing effluents into water bodies poses significant environmental challenges due to their high color intensity and potential toxicity. Consequently, the development of effective and sustainable technological solutions for dye removal has become a critical area of research. Several innova

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Carbon Nanotube Applications in the Bioremediation of Heavy Metals and Dyes from Wastewatericity on living beings. Therefore, it is of high importance to remove both heavy metals and dyes from the environment to reduce their toxic effects. Among many existing techniques of pollutant remediation from aqueous solution, adsorption is one of the most simple, effective, and efficient one used

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Removal of Dyestuffs from Dyeing Industry Effluents by Microbe-Mediated Oxide Nanoparticles (NPs) Vi this context ‘adsorption process’ plays a significant role. Although a plethora of research work on the mitigation of dyes from industrial wastes has been carried out across the world, the availability of literature on the use of oxide nano-materials synthesized from microorganisms for the removal

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Hybrid Type Processes and Materials for Textile Effluent Treatment Towards Sustainable Developmentct the environment. Due to the complexity of textile effluent, the treatment by conventional technologies is restricted. Therefore, hybrid treatment systems are needed to treat this effluent. When utilizing a hybrid technique, such as adsorption-advanced oxidation process (AOP), electrocoagulation-A

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